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"Does 5G mmWave cellphone affect my health? Comprehensive analysis of in vitro, in vivo and clinical study in the SeaWave Project"![]()
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Recent research published in Toxicology Letters takes a closer look at the biological and genetic impacts of radiofrequency exposure in laboratory settings.![]()
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The study is the outcome of three separate research works that ENEA, CHUV / Centre hospitalier universitaire vaudois and Fraunhofer ITEM teams carried out within the framework of the SeaWave Project. ![]()
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🔗 Read the full publication here: doi.org/10.1016/j.toxlet.2026.112084![]()
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#Toxicology #Genotoxicity #CellBiology #BiomedicalResearch #PublicHealth #Research #ScienceCommunication #ToxicologyLetters #HorizonEurope
doi.org
Why do some people feel more concerned about 5G radiation than others? 🌐🤔![]()
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A recent 10-country study, published in Bioelectromagnetics and co-authored by the IU International team, set out to answer just that by looking into public perceptions of 5G EMF emissions across nations with different 5G network coverage and possibly also RF‐EMF risk perception![]()
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The online panel survey was conducted between September and December 2023 in Austria, Finland, France, Germany, Greece, Poland, Serbia, Slovenia, Spain, and the United Kingdom. ![]()
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Here are a few highlights from the research:![]()
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📊 It’s Not Just About Proximity: Subjective feelings of exposure are often influenced by psychological drivers—like trust in science and government, fear of new tech, and media influence—rather than just living near a cell tower.![]()
🌍 Differences Across Countries: Levels of concern vary considerably depending on where you live, reflecting different cultural contexts, news coverage, and local health messaging.![]()
💬 Better Communication Needed: To address public worries effectively, health authorities and planners need transparent, clear, and empathetic communication rather than just dropping technical charts.![]()
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Listening to public concerns is just as important as measuring signal strengths when introducing new technologies!![]()
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This work was conducted as part of the SeaWave Project and GOLIAT Project, and from the UK Research and Innovation Horizon Europe.![]()
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📖 Check out the study here: doi.org/10.1002/bem.70058![]()
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#5G #ScienceNews #PublicHealth #RiskPerception #Research #TechUpdate #HorizonEurope
A Ten‐Country Study on Public Perceptions of 5G EMF Emissions: Who Feels Exposed, and Why?
doi.org
Formal risk assessment considers characteristics such as proximity, dose, and vulnerability. However, public risk perception may also be influenced by other—possibly less relevant—factors such as ...
How can deep learning help us monitor electromagnetic exposure in complex urban environments? 📶📱![]()
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As mobile networks expand, keeping track of electromagnetic field (E-field) exposure in busy cities is very important. But measuring every street corner by hand just isn't realistic.![]()
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That’s where ExposNet comes in— this new AI framework designed to predict exposure levels across complex city environments!![]()
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Here are the Key Highlights of this SeaWave Project paper produced by the Télécom Paris team:![]()
➡️ Real-World Training Data: The authors integrated real-world drive-test measurements from Paris and Lyon with public geographical databases, refining them specifically for CNN processing.![]()
➡️ Dual Prediction Modes: ExposNet features two architectural variants—enabling both per-frequency and total E-field prediction.![]()
➡️ Outperforming Baselines: Extensive testing shows that ExposNet consistently beats standard U-Net architectures and classical interpolation methods like Kriging.![]()
➡️ Proven Generalization: Backed by detailed ablation studies and generalization tests across various urban subsets.![]()
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Despite being trained on complex, noisy real-world data, ExposNet achieves higher accuracy than previous benchmarks while remaining computationally lightweight.![]()
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📄 Read the full paper here: ieeexplore.ieee.org/document/11614051![]()
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#DeepLearning #AI #Telecommunications #EMFexposure #SmartCities #UrbanPlanning #HorizonEurope
ieeexplore.ieee.org
🔬 Advancing Workplace Safety: A Practical Tool for Estimating 5G and Wi-Fi Exposure in Industry! 📡🏢![]()
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Modern smart factories and industrial workplaces rely heavily on high-speed wireless networks, but how do we efficiently monitor electromagnetic field (EMF) exposure for safety compliance?![]()
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Researchers from the SeaWave Project have launched a Generic Model for Exposure Estimation specifically designed for indoor industrial environments!![]()
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💡 What are the main characteristics of the tool?![]()
✅ Simplified Inputs, Accurate Outputs: Usually, modeling RF exposure requires deep technical expertise and heavy computing power. This generic model uses a limited set of easy-to-find input parameters to provide reliable, validated exposure estimates.![]()
✅ Designed for Everyone: You don’t need to be an RF engineer to use it. The tool is fully accessible to non-technical professionals.![]()
✅ Optimized for Modern Tech: It is tailor-made for indoor private 5G and Wi-Fi networks operating at frequencies above 2 GHz.![]()
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Check out the tool and explore the science behind it here: ![]()
www.waves.intec.ugent.be/exposure-tool/seawave/![]()
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#RFEngineering #5G #WirelessNetworks #EMFSafety #OccupationalHealth #IndustrialIoT #SEAWaveProject #Bioelectromagnetics #IndustrialSafety #HorizonEurope
www.waves.intec.ugent.be
Researchers within the SEAWave project have created a generic model for the estimation of occupational exposure [1], based on a limited set of relevant input parameters, which can be accessed by non-t...